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CHEF2013

22–25 avr. 2013
Fuseau horaire Europe/Paris

Liste des Contributions

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  1. 19. Status of the Atlas Liquid Argon Calorimeter and its Performance after three years of LHC operation
    Hector De La Torre (Universidad Autonoma de Madrid)
    22/04/2013 09:00
  2. 20. Electron and Photon Performance Measurements With The ATLAS Detector
    Quentin Buat (LPSC - Grenoble)
    22/04/2013 09:15
  3. 22. Role of the CMS electromagnetic calorimeter in the hunt for the Higgs boson through the two-gamma decay channel
    Marc Dejardin (IRFU/SPP - Saclay)
    22/04/2013 09:40
  4. 21. The challenges involving the calibration of the CMS Electromagnetic Calorimeter at the LHC
    Maria Margherita Obertino (Università del Piemonte Orientale and INFN Torino)
    22/04/2013 10:05
  5. 24. First years of running for the LHCb calorimeter system
    Irina Machikhiliyan (LAPP, Annecy)
    22/04/2013 10:20
  6. 23. Calibration of the electromagnetic calorimeter of the LHCb experiment
    Daria Savrina (ITEP & SINP MSU)
    22/04/2013 10:40
  7. 25. Performance of Jet/MET reconstruction in CMS
    Chayanit Asawatangtrakuldee (Peking Univ., China)
    22/04/2013 10:55
  8. 26. Performance of the ATLAS Tile Calorimeter
    Henric Wilkens (CERN)
    22/04/2013 11:20
  9. 27. Jets and missing transverse energy reconstruction, calibration and performance measurements with the ATLAS detector at the LHC
    Silvia Resconi (INFN - Milano)
    22/04/2013 11:35
  10. 2. "Design, construction commissioning and long term operational experience with the DZero uranium liquid argon calorimeter"
    Dean Schamberger (Stony Brook University)
    22/04/2013 13:30
  11. 3. Precision calibration of the DZero liquid argon calorimeter and algorithms of electrons, photons and jets reconstruction
    Jan Stark (LPSC - Grenoble)
    22/04/2013 14:10
  12. 4. CDF calorimetry
    Fotios Ptohos --- ABSENT --- (University of Cyprus)
    22/04/2013 14:50
  13. 13. Upgrade of the electromagnetic calorimeter for Belle-II
    Alexander Kuzmin (Budker Institute of Nuclear Physics)
    22/04/2013 16:00
  14. 14. Liquid Xenon Calorimeter for MEG
    Ryu Sawada (ICEPP - Univ. of Tokyo)
    22/04/2013 16:20
  15. 29. A Crystal calorimeter for the Mu2E experiment
    Fabio Happacher (INFN - Frascati)
    22/04/2013 16:40
  16. 15. CsI Calorimeter for KOTO experiment
    Kazufumi Sato (Osaka University)
    22/04/2013 17:00
  17. 16. Single crystalline LuAG fibers for next generation calorimeters
    Kristof Pauwels (CERN)
    22/04/2013 17:20
  18. 17. The Time Structure of Hadronic Showers in Imaging Calorimeters with Scintillator and RPC Read
    Frank Simon (Max-Planck-Institut fuer Physik - Muenchen)
    22/04/2013 17:40
  19. 18. The Role of Calorimeter Timing in Hi--‐Lum LHC Upgrades
    Sebastian White (The Rockefeller University)
    22/04/2013 18:00
  20. 79. Conference Photo
    22/04/2013 18:30
  21. 60. Welcome/Intro
    Frank Simon (Max-Planck-Institut fuer Physik - Muenchen)
    23/04/2013 08:30
  22. 61. The SiW Ecal in the ILD Detector
    Daniel Jeans (ICEPP - Univ. of Tokyo)
    23/04/2013 08:40
  23. 62. R&D for a highly granular SiW Ecal and analysis of beam test data
    Thibaud Frisson (LAL - Orsay)
    23/04/2013 09:00
  24. 63. The Performance of the Physics Prototype of the CALICE ScWECAL for ILD
    Yuji Sudo (Kyushu University)
    23/04/2013 09:20
  25. 64. Towards hadronic shower timing with CALICE Analog Hadron Calorimeter
    Marco Ramilli (Hamburg University)
    23/04/2013 09:40
  26. 65. The CALICE Digital Hadron Calorimeter – DHCAL
    Jose Repond (Argonne National Laboratory)
    23/04/2013 10:30
  27. 66. The CALICE DHCAL: Results from Fermilab Data
    Burak Bilki (Univ. of Iowa)
    23/04/2013 10:50
  28. 67. Construction and commissioning of the SDHCAL technological prototype
    Gérald Grenier (IPN Lyon/Université Lyon 1)
    23/04/2013 11:10
  29. 68. First Results of the SDHCAL technological prototype
    Yacine Haddad (LLR - Palaiseau)
    23/04/2013 11:30
  30. 69. Micromegas calorimetry at a future linear collider
    Maximilien Chefdeville (LAPP - Annecy)
    23/04/2013 11:50
  31. 70. The forward calorimetry for future linear collider
    Wojciech Wierba (IFJ PAN - Cracow)
    23/04/2013 12:10
  32. 30. The electron and photon trigger of the CMS experiment
    Alexandre Zabi (LLR - Palaiseau)
    23/04/2013 14:00
  33. 32. ROC chips for imaging calorimetry at the International Linear Collider
    Nathalie Seguin-Moreau (OMEGA - Palaiseau)
    23/04/2013 14:25
  34. 33. ATLAS Level-1 Calorimeter Trigger: Status and Development
    Juraj Bracinik (University of Birmingham)
    23/04/2013 14:50
  35. 34. Integration concepts for highly granular scintillator-based calorimeters
    Katja Krueger (DESY - Hamburg)
    23/04/2013 15:15
  36. 78. Performances of the ATLAS High Level Trigger in the 2011 and 2012 runs
    Catrin Bernius (Louisiana Tech)
    23/04/2013 15:40
  37. 71. Simulation of Showers with Geant4
    Andrea Dotti (SLAC)
    23/04/2013 16:30
  38. 72. Improving the Medium and Low Energy Physics Models in Geant4
    Dennis Wright (SLAC)
    23/04/2013 16:50
  39. 73. The Fritiof (FTF) Model in Geant4
    Vladimir Uzhinskiy (CERN)
    23/04/2013 17:10
  40. 74. Physics of Hadron Shower Development and the Implications for Calorimetric Resolution
    Adam Para, Hans Wenzel (Fermilab)
    23/04/2013 17:30
  41. 75. Simulation and validation of the ATLAS Tile Calorimeter at LHC
    Andrei Artamonov (CERN)
    23/04/2013 17:50
  42. 76. Simulation Study for the Hybrid ECAL for ILD
    Ueno Hiraku (Kyushu University)
    23/04/2013 18:10
  43. 77. Characteristics of hadronic showers in the CALICE AHCAL
    Marina Chadeeva (ITEP)
    23/04/2013 18:30
  44. 36. The CMS Particle Flow Algorithm
    Florian Beaudette (LLR - Palaiseau)
    24/04/2013 09:00
  45. 37. CMS Particle Flow applications
    Philip Harris (MIT - Cambridge)
    24/04/2013 09:30
  46. 39. Pandora Particle Flow Algorithm
    John Marshall (Univ. of Cambridge)
    24/04/2013 10:00
  47. 40. Particle Flow Algorithm with a digital HCAL
    Manqi Ruan (LLR - Palaiseau)
    24/04/2013 11:00
  48. 41. Particle Flow Algorithm with a strip-scintillator ECAL
    Katsu Cotera (Shinshu University)
    24/04/2013 11:25
  49. 42. The GARLIC algorithm
    Daniel Jeans (ICEPP - Univ. of Tokyo)
    24/04/2013 11:50
  50. 80. Prototype studies for a forward EM calorimeter in ALICE
    Thomas Peitzmann (Utrech University)
    24/04/2013 14:00
  51. 43. CMS Hadron Forward Calorimeter Phase-I Upgrade Status
    Yasar Onel (University of Iowa)
    24/04/2013 14:20
  52. 44. LHCb calorimeter upgrade
    Yuri Guz (IHEP Protvino)
    24/04/2013 14:40
  53. 45. LHCb calorimeter upgrade electronics
    Eduardo Picatoste (Barcelona University)
    24/04/2013 15:00
  54. 46. Upgraded readout and trigger electronics for the ATLAS Lar calorimeter at the LHC at the horizon 2018-2022
    Denis Damazio (BNL - Brookhaven)
    24/04/2013 15:15
  55. 47. ATLAS TileCal Trigger Tower Studies Considering…
    Luis March Ruiz (IFIC - Valencia)
    24/04/2013 15:30
  56. 48. Evolution of the CMS ECAL response, R&D studies on new scintillators and possible design options for electromagnetic calorimetry at the HL-LHC
    Adi Bornheim (Caltech - Pasadena)
    24/04/2013 16:20
  57. 49. Secondary Emission Calorimetry R&D
    David Winn (Fairfield University Department of Physics)
    24/04/2013 16:40
  58. 50. Upgrading the ATLAS Tile Calorimeter electronics
    Mark Oreglia (Univ. of Chicago)
    24/04/2013 16:55
  59. 51. Irradiation Tests and Expected Performance of Readout Electronics of the ATLAS Hadronic Endcap Calorimeters for the HL-LHC
    Martin Nagel (Max-Planck-Institut fuer Physik - Muenchen)
    24/04/2013 17:15
  60. 52. CMS Forward Calorimetry for the HL-LHC
    Roger Rusack (University of Minnesota)
    24/04/2013 17:30
  61. 53. Upgrade Plans for ATLAS Forward Calorimetry for the HL-LHC
    Peter Krieger (Univ. of Toronto)
    24/04/2013 17:55
  62. 54. Introduction to volcanology
    Dominique Gibert (IPG Paris/Univ.of Rennes)
    25/04/2013 09:30
  63. 55. Volcano radiography with GRPC's
    Samuel Béné (LPC - Clermont)
    25/04/2013 09:45
  64. 56. High resolution muon tracking with resistive plate Chambers for detection of special nuclear material
    Paolo Baesso (University of Bristol)
    25/04/2013 10:00
  65. 57. ClearPEM-Sonic: a multimodal PET-ultrasound mammography system
    Marco Pizzichemi (Univ. di Milano Bicocca)
    25/04/2013 10:15
  66. 59. XEMIS: The new Compton camera with liquid xenon
    Jérôme Donnard (Subatech - Nantes)
    25/04/2013 12:35
  67. 58. EndoTOFPET-US: a movel multimodal tool for endoscopic and positron emission tomography
    Milan Zvolsky (DESY - Hamburg)
    25/04/2013 12:55
  68. 5. The Calorimeter of the Fermi Large Area Telescope
    Carmelo Sgro (INFN - Pisa)
    25/04/2013 13:30
  69. 6. Development of a 3-D cubic crystal calorimeter for space
    Oscar Adriani (INFN - Univ. of Firenze)
    25/04/2013 13:45
  70. 7. A calorimeter for the NUCLEON space mission
    Dmitry Karmanov (SINP - Moscow State University)
    25/04/2013 14:00
  71. 8. Calorimetry in space with PAMELA
    Valter Bonvicini (INFN - Trieste)
    25/04/2013 14:15
  72. 10. Detection of the Atmospheric Showers with HESS: Principle and Performance
    Bruno Khelifi (LLR - Palaiseau)
    25/04/2013 14:30
  73. 11. Observation of High Energy Gamma-Rays with AMS02
    Frederico Pilo (INFN - Pisa)
    25/04/2013 15:15
  74. 12. Detection of the Atmospheric Showers with Telescope Array (TA) experiment
    Hiroyuki Sagawa (ICRR - University of Tokyo)
    25/04/2013 15:30
  75. 81. The High Energy cosmic Radiation Detection (HERD) facility onboard China’s Space Station
    Zhigang Wang (Beijing)
    25/04/2013 15:45
  76. 0. Closing talk.
    M. Henri Videau (LLR - Palaiseau)
    25/04/2013 16:00
  77. 1. "Design, construction commissioning and long term operational experience with the DZero uranium liquid argon calorimeter"
  78. 9. A prototype Electromagnetic Calorimeter for a Balloon Borne Spectrometer
    Alexander Howard (ETH Zurich)
  79. 35. Introduction
    Colin Bernet, Mark Thomson
  80. 28. Other talks that we would turn down, but should be considered for other sessions
    i) - Performance of the LHCf detector. This calorimeter is dedicated to very specific measurements, and is not integrated in an LHC experiment. As such it does not falls exactly within the scope of the session. However it is a running calorimeter at LHC and in a region with very high radiation level. The experience gained with it can perhaps be useful for consideration in the Upgrade...
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  81. 38. Particle flow in ATLAS
    TBD
  82. 31. Performance of the ATLAS liquid argon calorimeter electronics after three years of LHC operation
    TBD